MindSpore
Installation
MindSpore Elec Introduction and Installation
Application
Physics Informed Deep Learning Method for Electromagnetic Simulation
Data Driven Deep Learning Method for Electromagnetic Simulation
Device-to-device differentiable FDTD method
Visualizing Electromagnetic Simulation Results
API References
mindelec.architecture
mindelec.common
mindelec.data
mindelec.geometry
mindelec.loss
mindelec.operators
mindelec.solver
mindelec.vision
RELEASE NOTES
Release Notes
MindSpore
»
Index
Index
B
|
C
|
D
|
E
|
F
|
G
|
H
|
I
|
L
|
M
|
N
|
P
|
R
|
S
|
T
|
U
|
V
B
BBoxType (class in mindelec.data)
boundary_condition() (mindelec.solver.Problem method)
BoundaryBC (class in mindelec.data)
BoundaryIC (class in mindelec.data)
C
clear() (mindelec.common.L2 method)
constraint_function() (mindelec.solver.Problem method)
Constraints (class in mindelec.loss)
create_config_from_edict() (in module mindelec.geometry)
create_dataset() (mindelec.data.Dataset method)
CSGDifference (class in mindelec.geometry)
CSGIntersection (class in mindelec.geometry)
CSGUnion (class in mindelec.geometry)
CSGXOR (class in mindelec.geometry)
Cuboid (class in mindelec.geometry)
D
Dataset (class in mindelec.data)
Disk (class in mindelec.geometry)
E
epoch_begin() (mindelec.solver.LossAndTimeMonitor method)
epoch_end() (mindelec.solver.EvalCallback method)
(mindelec.solver.LossAndTimeMonitor method)
(mindelec.vision.MonitorEval method)
Equation (class in mindelec.data)
eval() (mindelec.common.L2 method)
(mindelec.solver.Solver method)
EvalCallback (class in mindelec.solver)
ExistedDataConfig (class in mindelec.data)
ExistedDataset (class in mindelec.data)
F
FCSequential (class in mindelec.architecture)
G
Geometry (class in mindelec.geometry)
GeometryWithTime (class in mindelec.geometry)
get_activation() (in module mindelec.architecture)
get_columns_list() (mindelec.data.Dataset method)
get_loss_metric() (in module mindelec.loss)
get_poly_lr() (in module mindelec.common)
governing_equation() (mindelec.solver.Problem method)
Grad (class in mindelec.operators)
H
HyperCube (class in mindelec.geometry)
I
image_to_video() (in module mindelec.vision)
initial_condition() (mindelec.solver.Problem method)
InputScaleNet (class in mindelec.architecture)
Interval (class in mindelec.geometry)
L
L2 (class in mindelec.common)
LearningRate (class in mindelec.common)
LinearBlock (class in mindelec.architecture)
LossAndTimeMonitor (class in mindelec.solver)
M
MaterialConfig (class in mindelec.data)
model_list() (mindelec.data.PointCloud method)
MonitorEval (class in mindelec.vision)
MonitorTrain (class in mindelec.vision)
MTLWeightedLossCell (class in mindelec.architecture)
MultiScaleFCCell (class in mindelec.architecture)
N
NetWithEval (class in mindelec.loss)
NetWithLoss (class in mindelec.loss)
P
PartSamplingConfig (class in mindelec.geometry)
plot_eh() (in module mindelec.vision)
plot_s11() (in module mindelec.vision)
PointCloud (class in mindelec.data)
PointCloudSamplingConfig (class in mindelec.data)
predict() (mindelec.solver.Solver method)
print_graph_1d() (in module mindelec.vision)
print_graph_2d() (in module mindelec.vision)
Problem (class in mindelec.solver)
R
Rectangle (class in mindelec.geometry)
ResBlock (class in mindelec.architecture)
S
sampling() (mindelec.geometry.Disk method)
(mindelec.geometry.GeometryWithTime method)
(mindelec.geometry.HyperCube method)
SamplingConfig (class in mindelec.geometry)
SamplingMode (class in mindelec.data)
SecondOrderGrad (class in mindelec.operators)
set_constraint_type() (mindelec.data.Dataset method)
set_name() (mindelec.geometry.Geometry method)
set_sampling_config() (mindelec.geometry.Geometry method)
(mindelec.geometry.GeometryWithTime method)
Solver (class in mindelec.solver)
StdPhysicalQuantity (class in mindelec.data)
step_end() (mindelec.vision.MonitorTrain method)
T
tensor_build() (mindelec.data.PointCloud method)
TimeDomain (class in mindelec.geometry)
topology_solving() (mindelec.data.PointCloud method)
train() (mindelec.solver.Solver method)
train_with_eval() (mindelec.solver.Solver method)
U
update() (mindelec.common.L2 method)
V
vtk_structure() (in module mindelec.vision)